gpu_coverage::Mesh Class Reference

Class representing a mesh, corresponding to Assimp's aiMesh. More...

#include <Mesh.h>

Public Types
enum	BUFFERS {   VERTEX_BUFFER, COLOR_BUFFER, TEXCOORD_BUFFER, NORMAL_BUFFER,   INDEX_BUFFER }
	Buffer semantics. More...
typedef std::vector< Bone * >	Bones
	Vector of bones attached to this mesh.

Public Member Functions
	Mesh (const aiMesh *const mesh, const size_t id, const std::vector< Material * > &materials)
	Constructor. More...
	~Mesh ()
	Destructor.
void	render (const LocationsMaterial *const locations, const bool hasTesselationShader) const
	Renders the mesh. More...
void	toDot (FILE *dot) const
	Write Graphviz Dot node representing this mesh to file for debugging. More...
size_t	getId ()
	Returns the unique ID of this mesh. More...
const std::string &	getName ()
	Returns the name of this mesh for logging. More...
Bones &	getBones ()
Material *	getMaterial ()

Protected Attributes
const size_t	id
	Unique ID, see getId().
const std::string	name
	Name of this mesh, see getName().
Material *	material
	Material associated with this mesh, see getMaterial().
GLuint	vao
	Vertex array object.
GLuint	vbo [5]
	Vertex buffers (vertex position, color, texture coordinate, normal, index)
unsigned int	elementCount
	Number of indices used in the primitives to draw.
Bones	bones
	Bones associated with this mesh.

Detailed Description

Class representing a mesh, corresponding to Assimp's aiMesh.

Member Enumeration Documentation

enum gpu_coverage::Mesh::BUFFERS

Buffer semantics.

This enum is also used by other classes that render mesh-like visible objects, e.g. CoordinateAxes and Dot.

Constructor & Destructor Documentation

gpu_coverage::Mesh::Mesh	(	const aiMesh *const	mesh,
		const size_t	id,
		const std::vector< Material * > &	materials
	)

Constructor.

Parameters

mesh	The Assimp aiMesh for creating this mesh.
id	Unique ID of this mesh.
materials	Vector of materials loaded beforehand.

Member Function Documentation

Bones& gpu_coverage::Mesh::getBones ( )

inline

Returns the bones attached to this mesh.

Returns

Vector of bones.

size_t gpu_coverage::Mesh::getId ( )

inline

Returns the unique ID of this mesh.

Returns

ID.

Material* gpu_coverage::Mesh::getMaterial ( )

inline

Returns the material associated with this mesh if applicable, otherwise NULL

Returns

Material or NULL.

const std::string& gpu_coverage::Mesh::getName ( )

inline

Returns the name of this mesh for logging.

Returns

Name of this mesh.

If available, the name included in the input file read by Assimp is used, otherwise a generic string is constructed.

void gpu_coverage::Mesh::render	(	const LocationsMaterial *const	locations,
		const bool	hasTesselationShader
	)		const

Renders the mesh.

Parameters

locations	Location variables of the material variables in the current shader.
hasTesselationShader	True if a tesselation shader is active.

void gpu_coverage::Mesh::toDot

(

FILE *

dot

)

const

Write Graphviz Dot node representing this mesh to file for debugging.

Parameters

[in]

dot

Output Dot file.

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The documentation for this class was generated from the following file:

• include/gpu_coverage/Mesh.h